Product Catalogue
Our Products
500 × 250 × 6.5 mm — available in Tg 120 / 140 / 175 °C
3D Woven Carbon Plates
3D orthogonally woven carbon plates with through-thickness Z-axis reinforcement — no inter-ply delamination, no edge fraying, and metal-like machinability under CNC, waterjet and laser cutting. Stocked at 500 × 250 × 6.5 mm in three Tg grades (120 / 140 / 175 °C) to match your service temperature.
Key features
- Three Tg grades: 120 °C, 140 °C and 175 °C — pick by service temperature
- Production method: Tg 140/175 → RTM, Tg 120 → vacuum infusion
- Fixed size: 500 × 250 × 6.5 mm — ships from stock
More features
- Through-thickness fibers run end-to-end — zero delamination
- CNC and waterjet cutting compatible — bolt-hole safe
- Tested range: 903–960 MPa tensile, 95–101 GPa flexural modulus (standard plate)
Applications
Defense — armored vehicle paneling Aerospace — structural sub-components Space — satellite structural sandwich panels Industrial — high-strength plate
Technical specifications
- Dimensions
- 500 × 250 mm
- Tg options
- 120 °C / 140 °C / 175 °C
- Production method
- Tg 140/175 → RTM · Tg 120 → vacuum infusion
- Fiber type
- DowAksa A49 / A38 carbon
All technical specs
- Thickness
- 6.5 mm
- Weave
- 3D orthogonal / layer-to-layer
- Resin
- Epoxy
- Density
- ≈ 1.55 g/cm³
Mechanical Properties
Standard plate test sample (6.5 mm, 3D orthogonal weave + RTM)
Standard Plate — 3D Orthogonal Weave
- Tensile Strength
- 903 – 960 MPa
- Tensile Modulus
- 39.6 – 42.0 GPa
- Flexural Strength
- 1120 – 1200 MPa
- Flexural Modulus
- 95 – 101 GPa
Measured under standard test conditions. Minor variations possible by production method (RTM or vacuum infusion), resin system and thickness.
A product made from the standard plate
10″ dead-cat geometry — high-strength 3D woven carbon composite drone chassis
3D Woven Drone Chassis
A 10″ propeller class, dead-cat geometry 3D woven carbon composite drone chassis. Through-thickness fibers eliminate the bolt-hole crack propagation and in-flight arm separation common to conventional 2D laminate frames — shock energy distributes through the entire structure rather than concentrating at a single point. Compared to 2D carbon laminates of the same thickness, the chassis exhibits markedly higher flexural strength, tensile strength, impact resistance and fatigue life.
Key features
- Higher flexural and tensile strength than conventional 2D carbon laminates
- High impact and fatigue resistance — shock energy distributes through the structure
- No crack propagation around bolt holes — fastener points stay safe under fatigue
More features
- 10″ propeller class, dead-cat geometry — propellers stay outside the camera FOV
- Drilling, waterjet and CNC milling without delamination — structural integrity preserved
Applications
Defense — ISR / reconnaissance & SAR UAV platforms Long-range FPV and reconnaissance Cinematic heavy lift (gimbal, DSLR / cinema camera) Industrial mapping, LiDAR and thermal survey
Technical specifications
- Propeller class
- 10″
- Geometry
- Dead-cat
- Chassis weight
- ≈ 450 g (400-600 g range)
- Wheelbase
- ≈ 470 mm
All technical specs
- Carbon thickness
- 5-6 mm
- Modular parts
- 4-6 (top/bottom plates + arms + side plates)
- Motor mount
- 19 × 19 mm
- Stack mount
- 30.5 × 30.5 mm
- Production
- 3D orthogonal weave + RTM
- Color
- Matte black
T, Π, H and box profiles — geometry-specific quote
Custom Production & Profiles
In addition to the standard plates and drone chassis, we produce 3D woven composite parts in any custom geometry — T, Π (Pi), H and closed box profiles for structural beams, frame intersections and custom engineering. The defining advantage of 3D weaving is the absence of resin-rich zones at T/Pi/H/X profile intersections; the profile is woven in a single pass with no laminate seams or bond lines. Pricing depends on geometry-fiber-resin combination — leave a short brief in the form below to receive a quote.
Key features
- T, Π (Pi), H and box profiles — woven in a single piece
- No resin-rich zones at intersections — structural continuity preserved
- Carbon, glass, aramid and hybrid fiber combinations
More features
- Custom preform + RTM mold engineered to your drawing
- Prototype-to-series transition on a single production line
Applications
Structural beams and frame intersections Aerospace — fuselage and wing interconnects Defense — custom engineered composite kits Industrial — high-strength custom cross-sections
Technical specifications
- Profile types
- T, Π (Pi), H, closed box
- Production
- 3D weave + RTM
- Fiber options
- Carbon / glass / aramid / hybrid
- Pricing
- Geometry-specific quote
All technical specs
- Resin
- Epoxy (RTM)
- Dimensions
- Per customer requirement
Pick dimensions and see an instant estimate.
Price Estimator
3Dwovens KompozitTg 175 °C — high temperature (RTM)
3D Woven Carbon Plates
3D orthogonally woven carbon plates with through-thickness Z-axis reinforcement — no inter-ply delamination, no edge fraying, and metal-like machinability under CNC, waterjet and laser cutting. Stocked at 500 × 250 × 6.5 mm in three Tg grades (120 / 140 / 175 °C) to match your service temperature.
Length500 mm
Width250 mm
Thickness6.5 mm
$833.33
Available on pre-order.
This is an approximate estimate. Request a quote for a final price.
- Unit price
- $833.33
- Area
- 1,250 cm²
- Quantity
- 1
- Subtotal
- $833.33
- Estimated total
- $833.33
Request a Quotation
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